PhosphoNET

           
Protein Info 
   
Short Name:  PHLPP
Full Name:  PH domain leucine-rich repeat-containing protein phosphatase 1
Alias:  KIAA0606; pleckstrin homology domain containing family E protein; PLEKHEI, SCOP
Type:  Protein-serine phosphatase
Mass (Da):  184672
Number AA:  1717
UniProt ID:  O60346
International Prot ID:  IPI00297617
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005829  GO:0019898  GO:0005634 Uniprot OncoNet
Molecular Function:  GO:0030145  GO:0005515  GO:0004722 PhosphoSite+ KinaseNET
Biological Process:  GO:0006915     Phosida TranscriptoNet
    STRING Kinexus Products
   
Info Box  A variety of parameters were considered in the selection of putative P-sites. Confirmed P-Sites have lower Hydrophobicity Scores. The P-site Similarity Score is lower the more that it resembles typical confirmed corresponding P-Ser, P-Thr or P-Tyr sites. The Maximum KInase Score provides the calculated score for highest match of 500 human protein kinases for the amino acid sequence surrounding the target P-site as determined with Kinase Substrate Predictor V2. The Sum KInase Score provides the additive sum of the positive individual Kinase Substrate Predictor V2 scores from 500 human protein kinases. The Conservation Score is the average of the percent similarity of the human P-site with the equivalent P-site in 20 other diverse species. Click the coloured buttons below to retrieve this and other information in the Info Box, or click the orange buttons for relevant links.
Phosphosites 
-7-6-5-4-3-2-101234567Expt. conf.EffectKinasePPaseKinexus ProductsRef.Evol.Kinase Pred.P-site Match
Site 1S22LGREDRASAPAAAAA
Site 2S50AAAGGGRSPEPALTP
Site 3T56RSPEPALTPAAPSGG
Site 4S61ALTPAAPSGGNGSGS
Site 5S66APSGGNGSGSGAREE
Site 6S68SGGNGSGSGAREEAP
Site 7S118GAGGGANSLLLRRGR
Site 8S131GRLKRNLSAAAAAAS
Site 9S138SAAAAAASSSSSSSA
Site 10S142AAASSSSSSSAAAAS
Site 11S143AASSSSSSSAAAASH
Site 12S144ASSSSSSSAAAASHS
Site 13S149SSSAAAASHSPGAAG
Site 14S171SASLCTRSLDRKTLL
Site 15T176TRSLDRKTLLLKHRQ
Site 16T184LLLKHRQTLQLQPSD
Site 17S190QTLQLQPSDRDWVRH
Site 18T214FDRHMASTYLRPVLC
Site 19Y215DRHMASTYLRPVLCT
Site 20S279APPEPRDSEVPPARS
Site 21S286SEVPPARSAPGAFGG
Site 22S313VGGPGGWSRRASPAP
Site 23S317GGWSRRASPAPSDSS
Site 24S321RRASPAPSDSSPGEP
Site 25S323ASPAPSDSSPGEPFV
Site 26S324SPAPSDSSPGEPFVG
Site 27S335PFVGGPVSSPRAPRP
Site 28S336FVGGPVSSPRAPRPV
Site 29S345RAPRPVVSDTESFSL
Site 30T347PRPVVSDTESFSLSP
Site 31S349PVVSDTESFSLSPSA
Site 32S351VSDTESFSLSPSAES
Site 33S353DTESFSLSPSAESVS
Site 34S355ESFSLSPSAESVSDR
Site 35S358SLSPSAESVSDRLDP
Site 36S360SPSAESVSDRLDPYS
Site 37Y366VSDRLDPYSSGGGSS
Site 38S367SDRLDPYSSGGGSSS
Site 39S368DRLDPYSSGGGSSSS
Site 40S372PYSSGGGSSSSSEEL
Site 41S374SSGGGSSSSSEELEA
Site 42S375SGGGSSSSSEELEAD
Site 43S376GGGSSSSSEELEADA
Site 44S385ELEADAASAPTGVPG
Site 45T409QPLPLPQTASSPQPQ
Site 46S411LPLPQTASSPQPQQK
Site 47S412PLPQTASSPQPQQKA
Site 48S425KAPRAIDSPGGAVRE
Site 49S434GGAVREGSCEEKAAA
Site 50S450VAPGGLQSTPGRSGV
Site 51T451APGGLQSTPGRSGVT
Site 52T470PPPPPPPTLYVQLHG
Site 53Y472PPPPPTLYVQLHGET
Site 54Y496PLQIQNDYLFQLGFG
Site 55S515VQEEGMDSEIGCLIR
Site 56S530FYAGKPHSTGSSERI
Site 57T531YAGKPHSTGSSERIQ
Site 58S533GKPHSTGSSERIQLS
Site 59S534KPHSTGSSERIQLSG
Site 60S540SSERIQLSGMYNVRK
Site 61Y543RIQLSGMYNVRKGKM
Site 62T558QLPVNRWTRRQVILC
Site 63T579SSVKDSLTGKMHVLP
Site 64S605HQHCLAFSSSGPQSQ
Site 65S606QHCLAFSSSGPQSQT
Site 66S607HCLAFSSSGPQSQTY
Site 67S611FSSSGPQSQTYYICF
Site 68Y614SGPQSQTYYICFDTF
Site 69Y615GPQSQTYYICFDTFT
Site 70Y624CFDTFTEYLRWLRQV
Site 71S632LRWLRQVSKVASQRI
Site 72S636RQVSKVASQRISSVD
Site 73S659LPANLFYSQDLTHLN
Site 74T663LFYSQDLTHLNLKQN
Site 75S677NFLRQNPSLPAARGL
Site 76T691LNELQRFTKLKSLNL
Site 77S695QRFTKLKSLNLSNNH
Site 78S699KLKSLNLSNNHLGDF
Site 79S751LDGNFLQSLPAELEN
Site 80Y764ENMKQLSYLGLSFNE
Site 81T797MSGNCVETLRLQALR
Site 82Y895DVYPVPNYLSYMDVS
Site 83Y898PVPNYLSYMDVSRNR
Site 84S963PERLERTSVEVLDVQ
Site 85S994SLRFLNASANKLESL
Site 86S1000ASANKLESLPPATLS
Site 87T1005LESLPPATLSEETNS
Site 88S1007SLPPATLSEETNSIL
Site 89S1012TLSEETNSILQELYL
Site 90Y1018NSILQELYLTNNSLT
Site 91T1020ILQELYLTNNSLTDK
Site 92S1023ELYLTNNSLTDKCVP
Site 93Y1045LKILHMAYNRLQSFP
Site 94S1050MAYNRLQSFPASKMA
Site 95S1054RLQSFPASKMAKLEE
Site 96S1068ELEEIDLSGNKLKAI
Site 97S1118DLSCNELSEVTLPEN
Site 98T1136KLQELDLTGNPRLVL
Site 99S1163CFKIDQPSTGDASGA
Site 100T1164FKIDQPSTGDASGAP
Site 101S1168QPSTGDASGAPAVWS
Site 102S1175SGAPAVWSHGYTEAS
Site 103Y1178PAVWSHGYTEASGVK
Site 104T1179AVWSHGYTEASGVKN
Site 105S1182SHGYTEASGVKNKLC
Site 106Y1206CDNREALYGVFDGDR
Site 107Y1219DRNVEVPYLLQCTMS
Site 108T1236LAEELQKTKNEEEYM
Site 109Y1242KTKNEEEYMVNTFIV
Site 110S1280DPVDPGGSFTLTSAN
Site 111T1284PGGSFTLTSANVGKC
Site 112S1285GGSFTLTSANVGKCQ
Site 113T1293ANVGKCQTVLCRNGK
Site 114S1305NGKPLPLSRSYIMSC
Site 115S1307KPLPLSRSYIMSCEE
Site 116Y1308PLPLSRSYIMSCEEE
Site 117S1311LSRSYIMSCEEELKR
Site 118S1338KVNGVTESTRILGYT
Site 119Y1344ESTRILGYTFLHPSV
Site 120S1350GYTFLHPSVVPRPHV
Site 121S1359VPRPHVQSVLLTPQD
Site 122T1363HVQSVLLTPQDEFFI
Site 123S1379GSKGLWDSLSVEEAV
Site 124S1381KGLWDSLSVEEAVEA
Site 125S1444GGAVPPPSPGIFPPS
Site 126S1461MVIKDRPSDGLGVPS
Site 127S1468SDGLGVPSSSSGMAS
Site 128S1469DGLGVPSSSSGMASE
Site 129S1475SSSSGMASEISSELS
Site 130S1478SGMASEISSELSTSE
Site 131S1479GMASEISSELSTSEM
Site 132S1482SEISSELSTSEMSSE
Site 133T1483EISSELSTSEMSSEV
Site 134S1484ISSELSTSEMSSEVG
Site 135S1488LSTSEMSSEVGSTAS
Site 136S1492EMSSEVGSTASDEPP
Site 137T1493MSSEVGSTASDEPPP
Site 138S1495SEVGSTASDEPPPGA
Site 139S1504EPPPGALSENSPAYP
Site 140S1507PGALSENSPAYPSEQ
Site 141Y1510LSENSPAYPSEQRCM
Site 142S1512ENSPAYPSEQRCMLH
Site 143S1526HPICLSNSFQRQLSS
Site 144S1532NSFQRQLSSATFSSA
Site 145S1533SFQRQLSSATFSSAF
Site 146T1535QRQLSSATFSSAFSD
Site 147S1537QLSSATFSSAFSDNG
Site 148S1541ATFSSAFSDNGLDSD
Site 149S1547FSDNGLDSDDEEPIE
Site 150T1558EPIEGVFTNGSRVEV
Site 151S1561EGVFTNGSRVEVEVD
Site 152S1598SDEGIVISANEDEPG
Site 153S1613LPRKADFSAVGTIGR
Site 154T1617ADFSAVGTIGRRRAN
Site 155S1626GRRRANGSVAPQERS
Site 156Y1651PLRKPGGYFAAPAQP
Site 157Y1704QPQLPRHYQLDQLPD
Site 158Y1712QLDQLPDYYDTPL__
Site 159Y1713LDQLPDYYDTPL___
 
Legend 
Confirmed in mammals
Confirmed in related proteins or other species
Predicted by Kinexus P-Site Prediction algorithm
No data/link available
Link available  
Products available
 


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